1) capillary capacity
毛细吸湿量
2) capillary water absorption
毛细吸水
1.
The capillary water absorption properties of concrete with different water-cement ratios containing different volume fractions of aglite with different water absorptions were tested.
研究了不同掺量(体积分数)、具有不同吸水率的陶粒配制不同水灰比的混凝土的毛细吸水性能,以及混凝土内部陶粒及界面区的孔结构和多孔陶粒对混凝土毛细吸水性能的影响。
3) capillary absorption
毛细吸附
1.
Diffusivity of saturated concretes surface-treated without and with epoxy resin was studied by rapid permeation test,while capillary absorption of non.
分别采用氯离子快速渗透和吸水率试验来评价环氧树脂涂层后混凝土在饱水状态下抗氯离子渗透性能和非饱水状态下由浸湿过程中毛细吸附所引起的氯离子传输能力,并与有机硅、聚合物水泥基防水涂料及其复合涂层效果比较。
4) capillary absorption
毛细吸收
1.
The results showed that the combination of both capillary absorption and moisture diffusion fitted the experimental data very well,pore structures of cement-based materials had great effect on the kinetics of water transport in the materials.
结果表明:只有结合毛细吸收和扩散2种传输过程才能很好地表征水泥基材料内部的水分传输过程,材料内部孔隙结构对水分传输的动力学过程有很大的影响。
5) capillary suction
毛细吸力
1.
Based on the concept of additional internal pressure, We revealed that the general suction in unsaturated sand with low moisture content consists of the capillary suction and the additional internal pressure,and the effective stress is decomposed into two parts:one caused by the general suction, and the other caused by the gravity and other external loads.
在引进附加内压力概念的基础上 ,将非饱和砂土中的基质吸力划分为毛细吸力和附加内压力两部分 ,进一步将低含水率非饱和砂土中的有效应力区分为由基质吸力引起的有效应力及由重力和其它外力产生的有效应力两部分 ,基此推导出了基质吸力与抗剪强度之间的关系 ,第一次成功地解释了关于非饱和砂土抗剪强度的Donald实验现象 :非饱和砂土的抗剪强度随含水率降低、基质吸力增大而升高 ,但升高的速度逐渐减缓 ,并当基质吸力超过某一阀值时 ,抗剪强度开始随基质吸力的增大而下
2.
After introducing the concept of additional internal pressure, it is shown that the general suction consists mainly of the capillary suction and the additional internal pressure,and the effective stress should be decomposed into two parts: one caused by the general suction, and the other caused by the gravity and other external loads.
在暂不考虑其它因素引起的基质吸力组成部分 ,而只考虑毛细水作用对基质吸力的贡献的基础上 ,引进了附加内压力概念 ,将基质吸力分解为毛细吸力和附加内压力两部分 ,进一步将低含水率非饱和土中的总有效应力区分为由基质吸力引起的有效应力及由重力和其它外力产生的有效应力两部分 ,基此推导出基质吸力与抗剪强度之间的关系 ,解释了非饱和土的抗剪强度随含水率降低、基质吸力增大而增大且相互依赖关系呈非线性等重要试验现
补充资料：草莓样毛细血管瘤
草莓样毛细血管瘤
strawberry capillary hemangioma
是较小的血管瘤，突出于皮肤表面，好发于面颈部；表面高低不平，似草莓状，界线清楚，呈鲜红或紫色，可逐渐增大及变深而侵入邻近组织及器官。该血管瘤有时可自行消退，或停止发展，但亦可增长甚快，故一旦发现增长过速、扩散或加深，即应进行有效的治疗。
说明：补充资料仅用于学习参考，请勿用于其它任何用途。
参考词条